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Introduction By A A Oliner With 2 Figures
Types and Properties of Surface Waves By G W Farnell
Principles of Surface Wave Filter Design By H M Gerard
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acoustic surface wave amplitude angle anisotropic aperture apodized transducer Appl applications approximately attenuation axis bandwidth basic beam steering boundary conditions bulk waves bulk-wave center frequency chirp circuit coefficient components convolver coupling crystal curve delay line diffraction diode dispersion displacement effects electrical Electron electron beam lithography equation etching field flexural free surface group velocity ID transducer IEEE IEEE Trans IEEE Ultrasonics Symp impulse response input insertion loss interdigital transducer isotropic layer Lett LiNbO3 lithography material measurements microwave mode multistrip coupler nonlinear obtained oscillator output parabolic parameter particle displacement pattern phase velocity photomask photoresist Phys piezoelectric plane plate power flow Proc propagation loss pulse quartz Rayleigh wave reflection resonators ridge sagittal-plane Section shown in Fig signal processing structure substrate substrate surface surface acoustic wave surface wave devices surface wave filter surface wave propagation surface wave velocity symmetric technique temperature theory transfer function wavelengths wedge width